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"A SoC Interconnexion Scheduling---Design And Implementation Of A Scheduler Based On Credited-iSLIP Algorithm " and the language of the book is English.


“A SoC Interconnexion Scheduling---Design And Implementation Of A Scheduler Based On Credited-iSLIP Algorithm ” Metadata:

  • Title: ➤  A SoC Interconnexion Scheduling---Design And Implementation Of A Scheduler Based On Credited-iSLIP Algorithm
  • Language: English

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  • Internet Archive ID: AOM004

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"A SoC Interconnexion Scheduling---Design And Implementation Of A Scheduler Based On Credited-iSLIP Algorithm " Description:

The Internet Archive:

<div>A  SoC  (System-on-Chip)  interconnection  requires  crossbar </div><div>switches to connect inputs to outputs. These devices must be </div><div>configured  by  a  scheduling  algorithm  that  allows  arriving </div><div>packets  to  be  delivered  across  the  switch  efficiently  and</div><div>quickly. A suitable scheduling algorithm  has  to achieve the </div><div>maximum  throughput  while  maintaining  stability  and </div><div>eliminating starvation.</div><div>Thus,  in  this  paper,  we  present  a  design  and  an </div><div>implementation  of  a  scheduler  for  a  32x32  SoC </div><div>interconnexion  based  on  an  iterative  scheduling  algorithm </div><div>that  we  called  Credited-iSLIP  (iterative  Serial  Line  Internet </div><div>Protocol).  It  is  a  variation  of  the  iSLIP  algorithm.  A </div><div>description  of  the  scheduler  designed  is  presented  with </div><div>simulation results to indicate its performance.</div><div>The design has been  implemented in VHDL RTL, simulated </div><div>with Modelsim 6.2 and synthesized using Xilinx-ISE and the </div><div>Virtex-4 device XC4VFX100-12FFG1517 of 90 nm technology </div><div>to  achieve  a  maximum  frequency  of  265.88  MHz,  a </div><div>minimum slices utilization of 771 and total  estimated power </div><div>consumption  about  915  mW.  The  number  of  iterations  is </div><div>fixed to i = 8.</div>

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